Jinko Solar has recently put its high-performance N-type Tiger Neo modules to the test in a real-world parking lot installation in Lebanon, demonstrating their exceptional ability to maintain performance even in challenging Middle Eastern environments. The results highlight the module’s superior efficiency, particularly in low-light conditions, making it a prime candidate for various demanding applications.
Jinko Solar’s Tiger Neo Modules: A Game Changer in Real-World Conditions in Lebanon
In a comprehensive four-month field test running from July 29 to November 12, 2025, Jinko Solar evaluated its technology in the Matn District, east of Beirut. This area is a focal point in the latest Lebanon solar news, making it an ideal location for such a study. The test, conducted at the facility of local distributor Green Power Solutions, was designed to mimic a typical PV parking lot environment, a common application in the region.
The setup involved installing eight 630W Tiger Neo bifacial modules alongside eight 640W N-type BC bifacial modules. Both sets were mounted at a 2.5-meter height with a 5° southeast tilt to optimize for ground reflection and real-world shading. The test conditions, with an average daily irradiance of 526.57 W/m² and an ambient temperature of 22.8°C, provided a perfect backdrop to assess power generation under high temperatures and variable light.
The key finding was the Tiger Neo’s superior performance, especially during early morning and late afternoon hours. The modules achieved a maximum yield gain of 8.93% over the competing N-type BC modules under these low-irradiance conditions, proving their remarkable efficiency when sunlight is not at its peak.
Understanding Bifacial Performance and N-Type Advantages with Jinko Solar Lebanon
This outstanding performance is rooted in the advanced technology behind the modules. The entire solar panel manufacturing process for these units is optimized for efficiency and durability. They utilize N-type monocrystalline silicon cells, which are renowned for high efficiency and low degradation rates over time.
Furthermore, the modules are bifacial, a critical feature for this application. Bifacial gain refers to the additional power generated by the module’s rear side, which captures sunlight reflected from the ground or surrounding surfaces. In a parking lot with a reflective surface, this significantly boosts the total energy output. The Tiger Neo’s ability to outperform competitors, especially in the crucial low-light periods at the start and end of the day, makes them more cost-effective over the long run by generating more power per square meter. Such detailed evaluations underscore why PV performance tests are crucial for validating manufacturer claims.
The test results are particularly significant for the Middle East, a region with abundant sunlight and a rapidly growing demand for electricity. As detailed in reports on Lebanon’s solar panel manufacturing market, there is a massive opportunity for high-performance solar technology. With their proven durability and high bifacial gain, these modules can help meet the region’s energy needs while reducing its carbon footprint.
A Step Towards a Greener Future with Jinko Solar Lebanon
The successful test of Jinko Solar’s Tiger Neo modules in Lebanon is a significant milestone. It’s not just a lab result; it’s a real-world demonstration of advanced PV technology delivering reliable and efficient energy in the exact environments it’s designed for. This success story is being replicated globally, as seen with how Tiger Neo modules power the remarkable 20 MW Chomoni plant in Comoros.
Jinko Solar’s commitment to innovation is evident in its continued development of cutting-edge solar technology built from high-quality solar panel raw materials. The Tiger Neo series is a prime example of pushing the boundaries of solar energy possibilities. By focusing on efficiency, durability, and adaptability, Jinko is helping to pave the way for a greener and more sustainable future, even creating opportunities for entrepreneurs looking to start a solar panel factory in Lebanon.
This successful field test is a testament to the company’s commitment to excellence. As the world continues to seek cleaner and more sustainable energy sources, Jinko Solar’s advanced PV technology will undoubtedly play a key role in meeting global energy needs.
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